Measuring pulsed heat flux by anisotropic thermoelement

Measuring pulsed heat flux by anisotropic thermoelement

The relationship between the electric response signal of a thermal sensor and the temperature change caused by pulsed thermal load on the working surface is established within the framework of a one-dimensional model of the anisotropic thermoelement. A signal from the gradient heat-flux sensor based...

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Veröffentlicht in:Technical physics letters 2011, Vol.37 (1), p.12-14
Hauptverfasser: Popov, P. A., Reznikov, B. I., Sakharov, V. A., Shteinberg, A. S.
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container_issue 1
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container_title Technical physics letters
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creator Popov, P. A.
Reznikov, B. I.
Sakharov, V. A.
Shteinberg, A. S.
description The relationship between the electric response signal of a thermal sensor and the temperature change caused by pulsed thermal load on the working surface is established within the framework of a one-dimensional model of the anisotropic thermoelement. A signal from the gradient heat-flux sensor based on an anisotropic bismuth single crystal that occurs on a steel plate exposed in a pulsed supersonic flow is analyzed in terms of the model. The results of the heat flux calculation using the temperature sensor response are compared to the data of direct measurements.
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Physics
Physics and Astronomy
title Measuring pulsed heat flux by anisotropic thermoelement
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